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How to use assertSetEqual method in autotest

Best Python code snippet using autotest_python

piecetest.py

Source:piecetest.py

...21        pawn = Pawn(x, y, Piece.white, state)22        pawn.idle = False23        actual = set(pawn.get_movable())24        expected = {(3, 5)}25        self.assertSetEqual(actual, expected)26        pawn.color = Piece.black27        actual = set(pawn.get_movable())28        expected = {(3, 7)}29        self.assertSetEqual(actual, expected)30        31        """32            +-33            |P34        """35        x, y = 0, 036        pawn = Pawn(x, y, Piece.white, state)37        pawn.idle = False38        actual = set(pawn.get_movable())39        expected = set()40        self.assertSetEqual(actual, expected)41        pawn.color = Piece.black42        actual = set(pawn.get_movable())43        expected = {(0, 1)}44        self.assertSetEqual(actual, expected)45        """46            -+47            B|48            P|49        """50        x, y = 7, 151        block_x, block_y = 7, 052        pawn = Pawn(x, y, Piece.white, state)53        pawn.idle = False54        blocker = Pawn(block_x, block_y, Piece.black, state)55        actual = set(pawn.get_movable())56        expected = set()57        self.assertSetEqual(actual, expected)58    def test_pawn_idle_movable(self):59        state = GameState()60        61        """62            O63            O       64            P65        """66        x, y = 3, 667        pawn = Pawn(x, y, Piece.white, state)68        actual = set(pawn.get_movable())69        expected = {(3, 5), (3, 4)}70        self.assertSetEqual(actual, expected)71        72        pawn.color = Piece.black73        actual = set(pawn.get_movable())74        expected = {(3, 7)}75        self.assertSetEqual(actual, expected)76        pawn.color = Piece.white77        78        """79            B80            O81            P82        """83        block_x, block_y = 3, 484        blocker_a = Pawn(block_x, block_y, Piece.white, state)85        actual = set(pawn.get_movable())86        expected = {(3, 5)}87        self.assertSetEqual(actual, expected)88        """89            B90            B91            P92        """93        block_x, block_y = 3, 594        blocker_b = Pawn(block_x, block_y, Piece.white, state)95        actual = set(pawn.get_movable())96        expected = set()97        self.assertSetEqual(actual, expected)98        99        """100            B101            P102        """103        state.board[3][4] = None104        expected = set(pawn.get_movable())105        actual = set()106        self.assertSetEqual(actual, expected)107        """108            +-109            |O110            |P111        """112        x, y = 0, 1113        pawn = Pawn(x, y, Piece.white, state)114        actual = set(pawn.get_movable())115        expected = {(0, 0)}116        self.assertSetEqual(actual, expected)117        """118            -+119            P|120        """121        x, y = 7, 0122        pawn = Pawn(x, y, Piece.white, state)123        actual = set(pawn.get_movable())124        expected = set()125        self.assertSetEqual(actual, expected)126    def test_pawn_target_movable(self):127        state = GameState()128        """129            O130            OT131            P132        """133        pa_x, pa_y = 3, 6134        ta_x, ta_y = 4, 5135        pawn_a = Pawn(pa_x, pa_y, Piece.white, state)136        target_a = Pawn(ta_x, ta_y, Piece.black, state)137        actual = set(pawn_a.get_movable())138        expected = {(3, 5), (4, 5), (3, 4)}139        self.assertSetEqual(actual, expected)140        """141            OT142            P143        """144        pawn_a.idle = False145        actual = set(pawn_a.get_movable())146        expected = {(3, 5), (4, 5)}147        self.assertSetEqual(actual, expected)148        """149            --+150            TO|151             P|152        """153        pb_x, pb_y = 7, 1154        tb_x, tb_y = 6, 0155        pawn_b = Pawn(pb_x, pb_y, Piece.white, state)156        target_b = Pawn(tb_x, tb_y, Piece.black, state)157        actual = set(pawn_b.get_movable())158        expected = {(6, 0), (7, 0)}159        self.assertSetEqual(actual, expected)160    def test_pawn_promotion(self):161        state = GameState()162        x, y = 0, 2163        piece = Pawn(x, y, Piece.white, state)164        piece.idle = False165        actual = piece.is_promoted()166        self.assertFalse(actual)167        source = (x, y)168        target = (x, y - 1)169        state.make_move(source, target)170        actual = piece.is_promoted()171        self.assertFalse(actual)172        source = (x, y - 1)173        target = (x, y - 2)174        state.make_move(source, target)175        actual = piece.is_promoted()176        self.assertTrue(actual)177        x, y = 3, 6178        piece = Pawn(x, y, Piece.black, state)179        piece.idle = False180        actual = piece.is_promoted()181        self.assertFalse(actual)182        source = (x, y)183        target = (x, y + 1)184        state.make_move(source, target)185        actual = piece.is_promoted()186        self.assertTrue(actual)187        188    def test_pawn_enpassant_movable(self):189        state = GameState()190        x, y = 3, 6191        pawn = Pawn(x, y, Piece.white, state)192        target_a = Pawn(x - 1, y, Piece.black, state)193        pawn.idle = False194        target_a.idle = False195        target_a.after_first_move = True196        actual = set(pawn.get_movable())197        expected = {(3, 5), (2, 5)}198        self.assertSetEqual(actual, expected)199        target_b = Pawn(x + 1, y, Piece.black, state)200        target_b.idle = False201        target_b.after_first_move = False202        actual = set(pawn.get_movable())203        expected = {(3, 5), (2, 5)}204        self.assertSetEqual(actual, expected)205    def test_rook_movable(self):206        state = GameState()207        x, y = 3, 6208        rook = Rook(x, y, Piece.white, state)209        actual = set(rook.get_movable())210        expected = {(4, 6), (5, 6), (6, 6), (7, 6),211                    (2, 6), (1, 6), (0, 6),212                    (3, 7),213                    (3, 5), (3, 4), (3, 3), (3, 2), (3, 1), (3, 0)}214        self.assertSetEqual(actual, expected)215        blocker_a = Pawn(3, 7, Piece.white, state)216        blocker_b = Pawn(1, 6, Piece.white, state)217        actual = set(rook.get_movable())218        expected = {(4, 6), (5, 6), (6, 6), (7, 6),219                    (2, 6),220                    (3, 5), (3, 4), (3, 3), (3, 2), (3, 1), (3, 0)}221        self.assertSetEqual(actual, expected)222    def test_rook_target_movable(self):223        state = GameState()224        x, y = 3, 6225        rook = Rook(x, y, Piece.white, state)226        227        target_a = Pawn(3, 3, Piece.black, state)228        target_b = Pawn(4, 6, Piece.black, state)229        actual = set(rook.get_movable())230        expected = {(4, 6),231                    (2, 6), (1, 6), (0, 6),232                    (3, 7),233                    (3, 5), (3, 4), (3, 3)}234        self.assertSetEqual(actual, expected)235    def test_knight_movable(self):236        state = GameState()237        x, y = 3, 6238        knight = Knight(x, y, Piece.white, state)239        actual = set(knight.get_movable())240        expected = {(4, 4), (5, 5), (5, 7), (1, 7), (1, 5), (2, 4)}241        self.assertSetEqual(actual, expected)242        blocker_a = Pawn(5, 5, Piece.white, state)243        blocker_b = Pawn(2, 4, Piece.white, state)244        actual = set(knight.get_movable())245        expected = {(4, 4), (5, 7), (1, 7), (1, 5)}246        self.assertSetEqual(actual, expected)247    def test_knight_target_movable(self):248        state = GameState()249        x, y = 3, 6250        knight = Knight(x, y, Piece.white, state)251        target = Pawn(4, 4, Piece.black, state)252        actual = set(knight.get_movable())253        expected = {(4, 4), (5, 5), (5, 7), (1, 7), (1, 5), (2, 4)}254        self.assertSetEqual(actual, expected)255    256    def test_bishop_movable(self):257        state = GameState()258        x, y = 3, 6259        bishop = Bishop(x, y, Piece.white, state)260        actual = set(bishop.get_movable())261        expected = {(4, 5), (5, 4), (6, 3), (7, 2),262                    (4, 7),263                    (2, 7),264                    (2, 5), (1, 4), (0, 3)}265        self.assertSetEqual(actual, expected)266        blocker_a = Pawn(6, 3, Piece.white, state)267        blocker_b = Pawn(2, 5, Piece.white, state)268        actual = set(bishop.get_movable())269        expected = {(4, 5), (5, 4),270                    (4, 7),271                    (2, 7)}272        self.assertSetEqual(actual, expected)273    def test_bishop_target_movable(self):274        state = GameState()275        x, y = 3, 6276        bishop = Bishop(x, y, Piece.white, state)277        target_a = Pawn(5, 4, Piece.black, state)278        target_b = Pawn(2, 7, Piece.black, state)279        actual = set(bishop.get_movable())280        expected = {(4, 5), (5, 4),281                    (4, 7),282                    (2, 7),283                    (2, 5), (1, 4), (0, 3)}284        self.assertSetEqual(actual, expected)285    286    def test_queen_movable(self):287        state = GameState()288        x, y = 3, 6289        queen = Queen(x, y, Piece.white, state)290        actual = set(queen.get_movable())291        expected = {(3, 5), (3, 4), (3, 3), (3, 2), (3, 1), (3, 0),292                    (4, 5), (5, 4), (6, 3), (7, 2),293                    (4, 6), (5, 6), (6, 6), (7, 6),294                    (4, 7),295                    (3, 7),296                    (2, 7),297                    (2, 6), (1, 6), (0, 6),298                    (2, 5), (1, 4), (0, 3)}299        self.assertSetEqual(actual, expected)300        blocker_a = Pawn(3, 0, Piece.white, state)301        blocker_b = Pawn(4, 5, Piece.white, state)302        blocker_b = Pawn(6, 6, Piece.white, state)303        blocker_d = Pawn(2, 7, Piece.white, state)304        actual = set(queen.get_movable())305        expected = {(3, 5), (3, 4), (3, 3), (3, 2), (3, 1),306                    (4, 6), (5, 6),307                    (4, 7),308                    (3, 7),309                    (2, 6), (1, 6), (0, 6),310                    (2, 5), (1, 4), (0, 3)}311        self.assertSetEqual(actual, expected)312    def test_queen_target_movable(self):313        state = GameState()314        x, y = 3, 6315        queen = Queen(3, 6, Piece.white, state)316        target_a = Pawn(3, 5, Piece.black, state)317        target_b = Pawn(4, 7, Piece.black, state)318        target_c = Pawn(1, 6, Piece.black, state)319        actual = set(queen.get_movable())320        expected = {(3, 5),321                    (4, 5), (5, 4), (6, 3), (7, 2),322                    (4, 6), (5, 6), (6, 6), (7, 6),323                    (3, 7),324                    (4, 7),325                    (2, 7),326                    (2, 6), (1, 6),327                    (2, 5), (1, 4), (0, 3)}328        self.assertSetEqual(actual, expected)329        330    def test_king_movable(self):331        state = GameState()332        x, y = 3, 6333        king = King(x, y, Piece.white, state)334        actual = set(king.get_movable())335        expected = {(2, 5), (3, 5), (4, 5), (2, 6),336                    (4, 6), (2, 7), (3, 7), (4, 7)}337        338        self.assertSetEqual(actual, expected)339        x, y = 7, 0340        king = King(x, y, Piece.white, state)341        342        blocker = Pawn(6, 1, Piece.white, state)343        actual = set(king.get_movable())344        expected = {(6, 0), (7, 1)}345        self.assertSetEqual(actual, expected)346    def test_king_target_movable(self):347        state = GameState()348        x, y = 3, 6349        king = King(x, y, Piece.white, state)350        target = Pawn(3, 7, Piece.black, state)351        blocker = Pawn(4, 7, Piece.white, state)352        actual = set(king.get_movable())353        expected = {(2, 5), (3, 5), (4, 5), (2, 6),354                    (4, 6), (2, 7), (3, 7)}355        356        self.assertSetEqual(actual, expected)357    def test_check(self):358        state = GameState()359        x, y = 3, 6360        white_king = King(x, y, Piece.white, state)361        black_pawn = Pawn(x - 1, y - 1, Piece.black, state)362        actual = state.is_checked(state.board, 0)363        self.assertTrue(actual)364        365        actual = state.is_checked(state.board, 1)366        self.assertFalse(actual)367        state.board[x - 1][y - 1] = None368        black_pawn = Pawn(x - 1, y - 2, Piece.black, state)369        actual = state.is_checked(state.board, 0)370        self.assertFalse(actual)371        actual = state.is_checked(state.board, 1)372        self.assertFalse(actual)373        state.board[x - 1][y - 2] = None374        black_rook = Rook(x, y - 1, Piece.black, state)375        actual = state.is_checked(state.board, 0)376        self.assertTrue(actual)377        actual = set(white_king.get_movable())378        expected = {(3, 5),379                    (2, 6), (4, 6),380                    (2, 7), (4, 7)}381        self.assertSetEqual(actual, expected)382    def test_check_king_block(self):383        state = GameState()384        x, y = 3, 6385        white_king = King(x, y, Piece.white, state)386        black_pawn = Pawn(x, y - 2, Piece.black, state)387        black_pawn.idle = False388        actual = set(white_king.get_movable())389        expected = {(3, 5),390                    (2, 6), (4, 6),391                    (2, 7), (3, 7), (4, 7)}392        self.assertSetEqual(actual, expected)393        394        actual = state.is_checked(state.board, 0)395        self.assertFalse(actual)396        actual = state.is_checked(state.board, 1)397        self.assertFalse(actual)398    def test_check_move_block(self):399        state = GameState()400        x, y = 3, 6401        white_king = King(x, y, Piece.white, state)402        white_rook = Rook(x, y - 2, Piece.white, state)403        actual = set(white_king.get_movable())404        expected = {(2, 5), (3, 5), (4, 5),405                    (2, 6), (4, 6),406                    (2, 7), (3, 7), (4, 7)}407        self.assertSetEqual(actual, expected)408        actual = set(white_rook.get_movable())409        expected = {(3, 3), (3, 2), (3, 1), (3, 0), 410                    (4, 4), (5, 4), (6, 4), (7, 4),411                    (3, 5),412                    (2, 4), (1, 4), (0, 4)}413        self.assertSetEqual(actual, expected)414        actual = state.is_checked(state.board, 0)415        self.assertFalse(actual)416        417        black_rook = Rook(x, y - 4, Piece.black, state)418        actual = set(white_king.get_movable())419        expected = {(2, 5), (3, 5), (4, 5),420                    (2, 6), (4, 6),421                    (2, 7), (3, 7), (4, 7)}422        self.assertSetEqual(actual, expected) 423        actual = set(white_rook.get_movable())424        expected = {(3, 3), (3, 2),   425                    (3, 5)}426        self.assertSetEqual(actual, expected)427        actual = state.is_checked(state.board, 0)428        self.assertFalse(actual)429        black_queen = Queen(x - 1, y - 4, Piece.black, state)430        actual = set(white_king.get_movable())431        expected = {(3, 5), (4, 5),432                    (4, 6),433                    (3, 7), (4, 7)}434        self.assertSetEqual(actual, expected) 435        actual = set(white_rook.get_movable())436        expected = {(3, 3), (3, 2),   437                    (3, 5)}438        self.assertSetEqual(actual, expected)439        actual = state.is_checked(state.board, 0)440        self.assertFalse(actual)441if __name__ == '__main__':...

test_slr_parser.py

Source:test_slr_parser.py

...4344        with self.subTest(grammar_str=grammar_strs[0]):45            G = Grammar(grammar_strs[0])46            first, follow = first_follow(G)47            self.assertSetEqual({'(', 'id'}, first['E'])48            self.assertSetEqual({'(', 'id'}, first['T'])49            self.assertSetEqual({'(', 'id'}, first['F'])50            self.assertSetEqual({'$', '+', ')'}, follow['E'])51            self.assertSetEqual({'$', '+', '*', ')'}, follow['T'])52            self.assertSetEqual({'$', '+', '*', ')'}, follow['F'])5354        with self.subTest(grammar_str=grammar_strs[1]):55            G = Grammar(grammar_strs[1])56            first, follow = first_follow(G)57            self.assertSetEqual({'(', 'id'}, first['E'])58            self.assertSetEqual({'(', 'id'}, first['T'])59            self.assertSetEqual({'(', 'id'}, first['F'])60            self.assertSetEqual({'+', '^'}, first["E'"])61            self.assertSetEqual({'*', '^'}, first["T'"])62            self.assertSetEqual({')', '$'}, follow['E'])63            self.assertSetEqual({')', '$'}, follow["E'"])64            self.assertSetEqual({'+', ')', '$'}, follow['T'])65            self.assertSetEqual({'+', ')', '$'}, follow["T'"])66            self.assertSetEqual({'+', '*', ')', '$'}, follow['F'])6768        with self.subTest(grammar_str=grammar_strs[2]):69            G = Grammar(grammar_strs[2])70            first, follow = first_follow(G)71            self.assertSetEqual({'('}, first['('])72            self.assertSetEqual({')'}, first[')'])73            self.assertSetEqual({'+'}, first['+'])74            self.assertSetEqual({'*'}, first['*'])75            self.assertSetEqual({'int'}, first['int'])76            self.assertSetEqual({'^', '*'}, first['Y'])77            self.assertSetEqual({'^', '+'}, first['X'])78            self.assertSetEqual({'int', '('}, first['T'])79            self.assertSetEqual({'int', '('}, first['E'])80            self.assertSetEqual({')', '$', '+'}, follow['Y'])81            self.assertSetEqual({')', '$'}, follow['X'])82            self.assertSetEqual({')', '$', '+'}, follow['T'])83            self.assertSetEqual({')', '$'}, follow['E'])8485        with self.subTest(grammar_str=grammar_strs[3]):86            G = Grammar(grammar_strs[3])87            first, follow = first_follow(G)88            self.assertSetEqual({'a'}, first['S'])89            self.assertSetEqual({'c'}, first['B'])90            self.assertSetEqual({'b', '^'}, first['C'])91            self.assertSetEqual({'g', 'f', '^'}, first['D'])92            self.assertSetEqual({'g', '^'}, first['E'])93            self.assertSetEqual({'f', '^'}, first['F'])94            self.assertSetEqual({'$'}, follow['S'])95            self.assertSetEqual({'g', 'f', 'h'}, follow['B'])96            self.assertSetEqual({'g', 'f', 'h'}, follow['C'])97            self.assertSetEqual({'h'}, follow['D'])98            self.assertSetEqual({'f', 'h'}, follow['E'])99            self.assertSetEqual({'h'}, follow['F'])100101        with self.subTest(grammar_str=grammar_strs[4]):102            G = Grammar(grammar_strs[4])103            first, follow = first_follow(G)104            self.assertSetEqual({'a'}, first['S'])105            self.assertSetEqual({'a'}, first['A'])106            self.assertSetEqual({'b'}, first['B'])107            self.assertSetEqual({'g'}, first['C'])108            self.assertSetEqual({'$'}, follow['S'])109            self.assertSetEqual({'$', 'd'}, follow['A'])110            self.assertSetEqual({'$', 'd'}, follow['B'])111            self.assertSetEqual(set(), follow['C'])112113        with self.subTest(grammar_str=grammar_strs[5]):114            G = Grammar(grammar_strs[5])115            first, follow = first_follow(G)116            self.assertSetEqual({'(', 'a'}, first['S'])117            self.assertSetEqual({'(', 'a'}, first['L'])118            self.assertSetEqual({',', '^'}, first["L'"])119            self.assertSetEqual({'$', ',', ')'}, follow['S'])120            self.assertSetEqual({')'}, follow['L'])121            self.assertSetEqual({')'}, follow["L'"])122123        with self.subTest(grammar_str=grammar_strs[6]):124            G = Grammar(grammar_strs[6])125            first, follow = first_follow(G)126            self.assertSetEqual({'a', 'b'}, first['S'])127            self.assertSetEqual({'^'}, first['A'])128            self.assertSetEqual({'^'}, first['B'])129            self.assertSetEqual({'$'}, follow['S'])130            self.assertSetEqual({'a', 'b'}, follow['A'])131            self.assertSetEqual({'a', 'b'}, follow['B'])132133        with self.subTest(grammar_str=grammar_strs[7]):134            G = Grammar(grammar_strs[7])135            first, follow = first_follow(G)136            self.assertSetEqual({'d', 'g', 'h', '^', 'b', 'a'}, first['S'])137            self.assertSetEqual({'d', 'g', 'h', '^'}, first['A'])138            self.assertSetEqual({'g', '^'}, first['B'])139            self.assertSetEqual({'h', '^'}, first['C'])140            self.assertSetEqual({'$'}, follow['S'])141            self.assertSetEqual({'h', 'g', '$'}, follow['A'])142            self.assertSetEqual({'$', 'a', 'h', 'g'}, follow['B'])143            self.assertSetEqual({'g', '$', 'b', 'h'}, follow['C'])144145    def test_CLOSURE(self):146        self.assertDictEqual(147            {"E'": {('.', 'E')}, 'E': {('.', 'E', '+', 'T'), ('.', 'T')}, 'T': {('.', 'T', '*', 'F'), ('.', 'F')},148             'F': {('.', '(', 'E', ')'), ('.', 'id')}},149            self.slr_parser.CLOSURE({self.slr_parser.G_prime.start: {('.', self.slr_parser.G_prime.start[:-1])}}))150151        grammar_str = """E -> + E"""152153        with self.subTest(grammar_str=grammar_str):154            G = Grammar(grammar_str)155            slr_parser = SLRParser(G)156157            self.assertDictEqual({'E': {('.', '+', 'E')}, "E'": {('.', 'E')}},
...

test_memcell.py

Source:test_memcell.py

...7        """ ORing A with itself does not destroys A, only F. But requires A8        as input, since it's value is used to compute F9        """10        c = memcell.MemCell('or a', 1)11        self.assertSetEqual(c.requires, {'a'})12        self.assertSetEqual(c.destroys, {'f'})13    def test_or_b(self):14        """ Test ORing with an 8 bit register, other than A15        """16        c = memcell.MemCell('or b', 1)17        self.assertSetEqual(c.requires, {'a', 'b'})18        self.assertSetEqual(c.destroys, {'a', 'f'})19    def test_cp_a(self):20        """ Comparing A with itself does not destroys A, only F.21        Does not requires A as input, since it's value is always known22        A is unchanged, F will have Z = 0, C = 0.23        Other values P/V, S are unknown, but not used by the compiler.24        """25        c = memcell.MemCell('cp a', 1)26        self.assertSetEqual(c.requires, set())27        self.assertSetEqual(c.destroys, {'f'})28    def test_cp_b(self):29        """ Test CPing with an 8 bit register, other than A30        """31        c = memcell.MemCell('cp b', 1)32        self.assertSetEqual(c.requires, {'a', 'b'})33        self.assertSetEqual(c.destroys, {'f'})34    def test_sub_a(self):35        """ Subtracting A with itself does not destroys A, only F.36        Does not requires A as input, since it's value is always known:37        A = 0, F will have Z = 0, C = 0.38        Other values P/V, S are unknown, but not used by the compiler.39        """40        c = memcell.MemCell('sub a', 1)41        self.assertSetEqual(c.requires, set())42        self.assertSetEqual(c.destroys, {'a', 'f'})43    def test_sub_b(self):44        """ Test subtracting with an 8 bit register, other than A45        """46        c = memcell.MemCell('sub b', 1)47        self.assertSetEqual(c.requires, {'a', 'b'})48        self.assertSetEqual(c.destroys, {'a', 'f'})49    def test_requires_pragma(self):50        """ Test requires function with #pragma opt require51        """52        c = memcell.MemCell('#pragma opt require hl, de, bc', 1)53        self.assertSetEqual(c.requires, {'h', 'l', 'd', 'e', 'b', 'c'})54    def test_require_ldir(self):55        """ Test requires of ldir instruction56        """57        c = memcell.MemCell('ldir', 1)58        self.assertSetEqual(c.requires, {'h', 'l', 'd', 'e', 'b', 'c'})59        self.assertSetEqual(c.destroys, {'h', 'l', 'd', 'e', 'b', 'c', 'f'})60    def test_require_ex_de_hl(self):61        """ Test requires of ex de, hl instruction62        """63        c = memcell.MemCell('ex de, hl', 1)64        self.assertSetEqual(c.requires, {'h', 'l', 'd', 'e'})65        self.assertSetEqual(c.destroys, {'h', 'l', 'd', 'e'})66    def test_require_add_hl(self):67        """ Test requires of add hl, NN instruction68        """69        c = memcell.MemCell('add hl, de', 1)70        self.assertSetEqual(c.requires, {'h', 'l', 'd', 'e'})71        self.assertSetEqual(c.destroys, {'h', 'l', 'f'})72        c = memcell.MemCell('add hl, bc', 1)73        self.assertSetEqual(c.requires, {'h', 'l', 'b', 'c'})74        self.assertSetEqual(c.destroys, {'h', 'l', 'f'})75    def test_require_sbc_hl(self):76        """ Test requires of add hl, NN instruction77        """78        c = memcell.MemCell('sbc hl, de', 1)79        self.assertSetEqual(c.requires, {'h', 'l', 'd', 'e', 'f'})80        self.assertSetEqual(c.destroys, {'h', 'l', 'f'})81        c = memcell.MemCell('sbc hl, bc', 1)82        self.assertSetEqual(c.requires, {'h', 'l', 'b', 'c', 'f'})83        self.assertSetEqual(c.destroys, {'h', 'l', 'f'})84    def test_require_sbc_a_a(self):85        """ Test requires of sbc a, a instruction86        """87        c = memcell.MemCell('sbc a, a', 1)88        self.assertSetEqual(c.requires, {'f'})89        self.assertSetEqual(c.destroys, {'a', 'f'})90    def test_require_sub_1(self):91        """ Test requires of sub 1 instruction92        """93        c = memcell.MemCell('sub 1', 1)94        self.assertSetEqual(c.requires, {'a'})95        self.assertSetEqual(c.destroys, {'a', 'f'})96    def test_require_destroys_asm(self):97        """ For a user memory block, returns the list of required (ALL)98        and destroyed (ALL) registers99        """100        src.arch.zx48k.backend.ASMS['##ASM0'] = ['nop']101        c = memcell.MemCell('##ASM0', 1)102        self.assertEqual(c.destroys, {'a', 'b', 'c', 'd', 'e', 'f', 'h', 'l', 'ixh', 'ixl', 'iyh', 'iyl',103                                      'r', 'i', 'sp'})104        self.assertEqual(c.requires, {'a', 'b', 'c', 'd', 'e', 'f', 'h', 'l', 'ixh', 'ixl', 'iyh', 'iyl',105                                      'r', 'i', 'sp'})106        del src.arch.zx48k.backend.ASMS['##ASM0']107    def test_requires_xor_a(self):108        """ Test requires for xor a instruction109        """110        c = memcell.MemCell('xor a', 1)111        self.assertSetEqual(c.requires, set())112        self.assertSetEqual(c.destroys, {'a', 'f'})113    def test_require_out(self):114        """ Test requires for out(c), a instruction115        """116        c = memcell.MemCell('out (c), a', 1)117        self.assertSetEqual(c.requires, {'a', 'b', 'c'})118        self.assertSetEqual(c.destroys, set())119        c = memcell.MemCell('out (c), d', 1)120        self.assertSetEqual(c.requires, {'d', 'b', 'c'})121        self.assertSetEqual(c.destroys, set())122    def test_require_in(self):123        """ Test requires for out(c), a instruction124        """125        c = memcell.MemCell('in a, (c)', 1)126        self.assertSetEqual(c.requires, {'b', 'c'})127        self.assertSetEqual(c.destroys, {'a'})128        c = memcell.MemCell('in d, (c)', 1)129        self.assertSetEqual(c.requires, {'b', 'c'})130        self.assertSetEqual(c.destroys, {'d'})131    def test_require_ld_NN_a(self):132        """ Test requires for ld (NN), a instruction133        """134        c = memcell.MemCell('ld (_push), a', 1)135        self.assertSetEqual(c.requires, {'a'})...

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